Panchang › Planets

Eclipse Dates

Solar and lunar eclipses of 2233, and whether they can be seen from New Delhi, Delhi, India. Sutak is kept only where the eclipse is visible: twelve hours before a solar eclipse and nine before a lunar one.

Solar eclipse, 11 January 2233

Type
Annular
In
Sagittarius, Purva Ashadha nakshatra
Whole eclipse (anywhere on Earth)
11:40 to 16:51, greatest at 14:15 (local time)
From New Delhi
Not seen from New Delhi
Totality or annularity (on the central path)
12:51 to 15:41

Lunar eclipse, 27 January 2233

Type
Partial
In
Cancer, Pushya nakshatra
Whole eclipse (anywhere on Earth)
03:43 to 05:39, greatest at 04:41 (local time)
From New Delhi
Seen from New Delhi from beginning to end
Seen locally
02:18 to 07:05, greatest at 04:41
Magnitude
0.276
Sutak begins
26 Jan, 18:43

Lunar eclipse, 23 June 2233

Type
Penumbral
In
Sagittarius, Mula nakshatra
Whole eclipse (anywhere on Earth)
03:21 to 04:16, greatest at 03:49 (local time)
From New Delhi
A penumbral eclipse: hardly visible, and no Sutak is kept

Solar eclipse, 08 July 2233

Type
Annular
In
Gemini, Ardra nakshatra
Whole eclipse (anywhere on Earth)
10:06 to 15:57, greatest at 13:02 (local time)
From New Delhi
Seen from New Delhi: 88% of the Sun's diameter covered at the maximum
Seen locally
11:38 to 15:01, greatest at 13:25
Magnitude
0.881
Sutak begins
07 Jul, 23:38
Totality or annularity (on the central path)
11:09 to 14:54

Lunar eclipse, 22 July 2233

Type
Penumbral
In
Capricorn, Uttara Ashadha nakshatra
Whole eclipse (anywhere on Earth)
10:01 to 14:12, greatest at 12:07 (local time)
From New Delhi
A penumbral eclipse: hardly visible, and no Sutak is kept

Lunar eclipse, 17 December 2233

Type
Penumbral
In
Taurus, Mrigashira nakshatra
Whole eclipse (anywhere on Earth)
15:09 to 18:05, greatest at 16:37 (local time)
From New Delhi
A penumbral eclipse: hardly visible, and no Sutak is kept

Times are local to New Delhi, Delhi, India, worked out with the sidereal (Lahiri) zodiac. Sunrise and sunset are for the upper edge of the Sun with normal refraction.